Aphasia is a language-based communication disorder that occurs when the brain regions
responsible for language processes incur damage. This damage can occur from stroke …

Brain structure deteriorates with aging and predisposes an individual to more severe
language impairments (aphasia) after a stroke. However, the underlying mechanisms of this …

In post-stroke aphasia, language improvements following speech therapy are variable and
can only be partially explained by the lesion. Brain tissue integrity beyond the lesion (brain …

Premature brain aging is associated with poorer cognitive reserve and lower resilience to
injury. When there are focal brain lesions, brain regions may age at different rates within the …

Background Emerging evidence suggests that post-stroke aphasia severity depends on the
integrity of the brain beyond the lesion. While measures of lesion anatomy and brain …

Deep learning can be used effectively to predict participants' age from brain magnetic
resonance imaging (MRI) data, and a growing body of evidence suggests that the difference …

Emerging evidence suggests that post-stroke aphasia severity depends on the integrity of
the brain beyond the stroke lesion. While measures of lesion anatomy and brain integrity …

Discourse is a fundamentally important aspect of communication, and discourse production
provides a wealth of information about linguistic ability. Aphasia commonly affects, in …

Aphasia is an acquired language disorder resulting from brain injury, including strokes
which is the most common etiology, neurodegenerative diseases, tumors, traumatic brain …

Mixed transcortical aphasia (MTCA) is characterized by non-fluent speech and
comprehension deficits coexisting with preserved repetition. MTCA may evolve to less …